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    • 94. 发明授权
    • Method and device for estimating channel properties of a transmission channel
    • 用于估计传输信道的信道特性的方法和装置
    • US07561639B2
    • 2009-07-14
    • US10970516
    • 2004-10-21
    • Peter GregoriusPaul Georg LindtHeinz Mattes
    • Peter GregoriusPaul Georg LindtHeinz Mattes
    • H04L27/06
    • H04L47/10
    • To estimate physical properties of a wired or wireless transmission channel it is proposed to sample a signal, received via the transmission channel, for example a system response of the corresponding transmission system, in order, on the basis of the sampled values thus obtained, to ascertain the moments of the order 0 . . . n of the received signal. Using these moments of the order 0 . . . n, n parameters of a transmission function of the transmission channel can be determined, wherein the parameters can be polynomial coefficients, zero points or coefficients of a residual notation of the transmission function. Using this transmission function the physical properties of the transmission channel, such as the attenuation and dispersion properties, can be determined exactly or at least approximately assessed.
    • 为了估计有线或无线传输信道的物理特性,提出了通过传输信道接收的信号,例如相应传输系统的系统响应,以这样获得的采样值为基础 确定订单的时刻0。 。 。 n的接收信号。 使用订单0的这些时刻。 。 。 可以确定传输信道的传输函数的n,n个参数,其中参数可以是传输函数的多项式系数,零点或残差符号的系数。 使用这种传输功能,传输通道的物理特性,如衰减和色散特性,可以精确地或至少近似评估来确定。
    • 95. 发明授权
    • Semiconductor memory system and semiconductor memory chip
    • 半导体存储器系统和半导体存储器芯片
    • US07523250B2
    • 2009-04-21
    • US11509092
    • 2006-08-24
    • Paul WallnerAndre SchäferPeter Gregorius
    • Paul WallnerAndre SchäferPeter Gregorius
    • G06F11/14G06F13/28
    • G11C8/12G11C7/1051G11C2207/107
    • A semiconductor memory system includes a semiconductor memory chip in which data, command, and address signals are transmitted serially between a memory controller and the semiconductor memory chip in signal frames in correspondence with a predetermined protocol. In a receive signal path within the semiconductor memory chip, a frame decoder for decoding the signal frames is arranged following a receiving interface device, and between the frame decoder and a memory core, an intermediate storage device is arranged which has a cell array including a multiplicity of memory cells, and an addressing and selector circuit to which address signals decoded by the frame decoder from command and/or write signal frames supplied by the memory controller are applied, for addressing the cell array and for selecting the write data to be written into the cell array and to be read out of the cell array.
    • 半导体存储器系统包括半导体存储器芯片,其中数据,命令和地址信号在与预定协议相对应的信号帧中的存储器控​​制器和半导体存储器芯片之间串行发送。 在半导体存储器芯片内的接收信号路径中,用于对信号帧进行解码的帧解码器被布置在接收接口设备之后,并且在帧解码器和存储器核心之间,布置中间存储设备,其具有包括单元阵列 多个存储器单元,以及寻址和选择器电路,由帧解码器从由存储器控制器提供的命令和/或写入信号帧解码的地址信号被应用于寻址单元阵列并用于选择要写入的写入数据 进入单元阵列并从单元阵列中读出。
    • 96. 发明授权
    • Data conversion
    • 数据转换
    • US07515075B1
    • 2009-04-07
    • US11856353
    • 2007-09-17
    • Paul WallnerChaitanya DudhaPeter GregoriusMasthan Devalla
    • Paul WallnerChaitanya DudhaPeter GregoriusMasthan Devalla
    • H03M9/00
    • G06F5/06H03K5/135H03M9/00
    • A circuit includes a data conversion circuit including a first input configured to receive a first serial data stream, a second input configured to receive a second serial data stream, and a third input configured to receive a third serial data stream. A first sampling circuit is coupled to the first, second, and third inputs and is configured to sample the first to third data streams based on a plurality of clock signals and to generate a corresponding plurality of first sampled signals. A second sampling circuit is configured to sample the plurality of first sampled signals based on a further clock signal. The further clock signal has a clock frequency different from a clock frequency underlying the first to third serial data streams.
    • 电路包括数据转换电路,其包括被配置为接收第一串行数据流的第一输入,被配置为接收第二串行数据流的第二输入和被配置为接收第三串行数据流的第三输入。 第一采样电路耦合到第一,第二和第三输入,并且被配置为基于多个时钟信号对第一至第三数据流进行采样,并且生成对应的多个第一采样信号。 第二采样电路被配置为基于另一个时钟信号对多个第一采样信号进行采样。 另外的时钟信号的时钟频率不同于第一到第三串行数据流的时钟频率。
    • 97. 发明申请
    • DATA CONVERSION
    • 数据转换
    • US20090073010A1
    • 2009-03-19
    • US11856353
    • 2007-09-17
    • Paul WallnerChaitanya DudhaPeter GregoriusMasthan Devalla
    • Paul WallnerChaitanya DudhaPeter GregoriusMasthan Devalla
    • H03M9/00
    • G06F5/06H03K5/135H03M9/00
    • A circuit includes a data conversion circuit including a first input configured to receive a first serial data stream, a second input configured to receive a second serial data stream, and a third input configured to receive a third serial data stream. A first sampling circuit is coupled to the first, second, and third inputs and is configured to sample the first to third data streams based on a plurality of clock signals and to generate a corresponding plurality of first sampled signals. A second sampling circuit is configured to sample the plurality of first sampled signals based on a further clock signal. The further clock signal has a clock frequency different from a clock frequency underlying the first to third serial data streams.
    • 电路包括数据转换电路,其包括被配置为接收第一串行数据流的第一输入,被配置为接收第二串行数据流的第二输入和被配置为接收第三串行数据流的第三输入。 第一采样电路耦合到第一,第二和第三输入,并且被配置为基于多个时钟信号对第一至第三数据流进行采样,并且生成对应的多个第一采样信号。 第二采样电路被配置为基于另一个时钟信号对多个第一采样信号进行采样。 另外的时钟信号的时钟频率不同于第一到第三串行数据流的时钟频率。
    • 98. 发明授权
    • Semiconductor memory chip
    • 半导体存储芯片
    • US07391657B2
    • 2008-06-24
    • US11751984
    • 2007-05-22
    • Paul WallnerMartin StreiblManfred MenkeYukio FukuzoChristian SichertPeter Gregorius
    • Paul WallnerMartin StreiblManfred MenkeYukio FukuzoChristian SichertPeter Gregorius
    • G11C7/00G11C8/00
    • G11C7/1006G11C11/4096
    • A semiconductor memory chip includes: a reception interface section for receiving external data, command, and address signals in form of serial signal frames; an intermediate data buffer for intermediately storing write data and, optionally, write data mask bits to be written to a memory cell array; a memory core having a bank organized memory cell array; a decoder section for decoding an address derived from a signal frame received from the reception interface section for writing/reading data in/from one or more memory banks of the memory cell array in accordance with a write/read command within one or more received signal frames; and a frame decoder provided as an interface between the reception interface section and the memory core for decoding one or more commands included in one or more frames and outputting data addresses, command, and read/write access indication signals to the memory core and to the intermediate data buffer.
    • 半导体存储器芯片包括:接收接口部分,用于以串行信号帧的形式接收外部数据,命令和地址信号; 中间数据缓冲器,用于中间存储写入数据,以及可选地写入要写入存储单元阵列的数据屏蔽位; 具有存储体组织的存储单元阵列的存储器核心; 解码器部分,用于对从接收接口部分接收的信号帧导出的地址进行解码,用于根据在一个或多个接收信号中的写入/读取命令向/从存储器单元阵列的一个或多个存储器组写入/读取数据 框架 以及帧解码器,被设置为在接收接口部分和存储器核心之间的接口,用于解码包括在一个或多个帧中的一个或多个命令,并将数据地址,命令和读/写访问指示信号输出到存储器核心 中间数据缓冲区。
    • 99. 发明授权
    • Device for setting a clock delay
    • 用于设置时钟延迟的设备
    • US07378892B2
    • 2008-05-27
    • US11194509
    • 2005-08-01
    • Peter Gregorius
    • Peter Gregorius
    • H01H11/26H03K5/22
    • H03L7/0814H03K5/133H03K5/135H03K5/1565H03K2005/00019H03L7/0805
    • A device for setting a clock delay is proposed, wherein delayed output clock signals are generated with the aid of delaying means by delaying an input clock signal. The delaying means are configured to provide several differently delayed clock signals simultaneously. The device is configured to generate the at least one output clock signal depending on the differently delayed clock signals with a settable phase relationship to the non-delayed input clock signal, wherein the phase relationship is settable independently of the delay provided by the delaying means. It is particularly provided that the phase relationship between the delayed output clock signal and the non-delayed input clock signal is automatically controlled to a desired phase relationship independently of the delay supplied by the delaying means.
    • 提出了一种用于设置时钟延迟的装置,其中通过延迟输入时钟信号借助于延迟装置产生延迟的输出时钟信号。 延迟装置被配置为同时提供若干不同延迟的时钟信号。 该装置被配置为根据具有与非延迟输入时钟信号的可设置的相位关系的不同延迟的时钟信号来产生至少一个输出时钟信号,其中相位关系可独立于由延迟装置提供的延迟来设置。 特别地,延迟输出时钟信号和非延迟输入时钟信号之间的相位关系被自动地控制到期望的相位关系,而与延迟装置提供的延迟无关。